Filter and sort
Igniton Switch

-
Vendor: BeeSpareParts
385202910 385200101 Ignition Switch fits for Perkins 103 Engine
Regular price $ 39 -
Vendor: BeeSpareParts
For Heli Forklift JK411 4-wire Start switch Ignition switch Ignition lock high quality Repair tool Forklift accessories
Regular price $ 20 -
Vendor: BeeSpareParts
New 1pc 70001-33650 Ignition Switch Fit for Nichiyu FB10~30P-72/75 24300-44601
Regular price $ 79 -
Vendor: BeeSpareParts
Forklift Parts Ignition Switch Used for Mitsubishi Fd30-12/14 3eb-55-21761 91205-24900
Regular price $ 60 -
Vendor: BeeSpareParts
25150-02H01 25150-L1806 Ignition Switch for Nissan Forklift
Regular price $ 34 -
Vendor: BeeSpareParts
Start lock ignition switch 3EB-55-51120 For Komatsu forklift FD20/30-16/17/20
Regular price $ 111 -
Vendor: BeeSpareParts
Fits Linde forklift parts for key switch ignition switch 7915492624
Regular price $ 38 -
Vendor: BeeSpareParts
Forklift Parts Ignition Switch 281e2-62011 Used for Tcm/Fb15/25-7
Regular price $ 80 -
Vendor: BeeSpareParts
New Ignition Switch 272041 2394129 D147482 For Hyster Yale Clark Crown Daewoo
Regular price $ 35 -
Vendor: BeeSpareParts
7915492618 Ignition Switch with Keys for LINDE 802
Regular price $ 15 -
Vendor: BeeSpareParts
25150-GG10B ignition switch generator start ignition switch excavator accessories
Regular price $ 29 -
Vendor: Mitsubishi
Forklift Parts Ignition Switch 91106-07400 used for Mitsubishi F18B
Regular price $ 36
How does a ignition switch work?
The principle of the ignition system is to provide high-voltage electricity with sufficient energy to the spark plug at the appropriate time according to the working status of the engine and the engine's working sequence, so that sparks are generated between its electrodes to ensure that the mixture is ignited and the engine does work.
First, the ignition system should ignite according to the engine's working sequence. Secondly, ignition must occur at the most favorable time.
Because it takes a certain amount of time for the mixture to burn in the cylinder, the mixture should not be ignited at the top dead center of the compression stroke, but should be appropriately advanced so that when the piston reaches top dead center, the mixture has been fully burned, thus The engine can achieve higher power. Ignition time is generally expressed by the ignition advance angle, which is the angle of crankshaft rotation during a period of time from the spark to the top dead center of the piston.
If the ignition is too late and starts when the piston reaches top dead center, then the combustion of the mixture is mainly completed during the downward movement of the piston, that is, the combustion process proceeds as the volume increases, which increases The contact area between the hot gas and the cylinder wall, thus the heat converted into effective work is relatively reduced, and the maximum combustion pressure in the cylinder is reduced, causing the engine to overheat and reduce power.